def TESTDFA( STRING , ttt, DFA, Rulelist, DOREDUCTIONS = 1):
ttt.STRING = STRING
#ttt.List = kjParser.LexList(LD0, ttt.STRING)
ttt.Stream = kjParser.LexStringWalker( ttt.STRING, LD0 )
ttt.Stack = {-1:0}# Walkers.SimpleStack()
ttt.ParseObj = kjParser.ParserObj( Rulelist, \
ttt.Stream, DFA, ttt.Stack,DOREDUCTIONS)
ttt.RESULT = ttt.ParseObj.GO()
#ttt.Stack.Dump(10)
return ttt.RESULT
def hackDoParse(String, Context=None, DoReductions=1):
import sys, kjParser
try:
# construct the ParserObj
# add a newline to front to avoid problem with leading comment
#String = "\n%s\n" % String
Stream = pylexstringwalker(String, pyg.LexD)
Stack = [] # {-1:0} #Walkers.SimpleStack()
ParseOb = kjParser.ParserObj( pyg.RuleL, Stream, pyg.DFA, Stack, \
DoReductions, Context )
# do the parse
ParseResult = ParseOb.GO()
# return final result of reduction and the context
return (ParseResult[1], Context)
#return kjParser.Grammar.DoParse(pyg, String, Context, DoReductions)
except: ### for testing!!
t, v = sys.exc_type, sys.exc_value
v = ("near line", pyg.LexD.lineno, v)
raise t, v